The element nickel has five naturally occurring isotopes. Which of the following describes the relationship of these isotopes?
The relationship between these isotopes would be that they all share the same atomic number (protons), and theyre all the same elment, theyre all still Nickel.
There are 31 known isotopes of nickel ranging from Ni-48 to Ni-78.
no it does not
describe the relationship between two isotopes of an element and protons and neurtons in the elements nuclei .
58Ni comprises 68.077% of all nickel found in nature
Zinc has 5 stable isotopes (64, 66, 67, 68, and 70), all of which are neutral atoms at standard temperature and pressure. Zinc has many more isotopes that are radioactive, but these too are usually neutral atoms.
There are 31 known isotopes of nickel ranging from Ni-48 to Ni-78.
no it does not
Naturally occurring nickel is made up of at least five stable isotopes.
describe the relationship between two isotopes of an element and protons and neurtons in the elements nuclei .
nickel is found all over the world especially in California where the isotmic hills construct isotopes that equal the amount of nickel in a gram so . . . . . in California
This is an atom of nickel-60, i.e. one of the less abundant isotopes of nickel.
Nickel, and rare isotopes of Iron
Nickel has 28 protons. Nickel has stable isotopes with the atomic mass (neutrons + protons) of 58, 60, 61, 62, 64. 58Ni is the most common isotope; if you subtract the protons, that leaves 30 neutrons. However, the other isotopes have more than 30 neutrons.
58Ni comprises 68.077% of all nickel found in nature
A nickel is 5 cents and a dollar is 100 cents, so a nickel is 5/100 or 5% of a dollar.
As a dollar is equal to 100 pennies and a nickel is equal to 5 a nickel is 5% of a dollar.
Isotopes of an element has different number of neutrons.